Use the full official download table
Before installing VS Code on a Windows ARM PC, check System type in Windows Settings, then open the official VS Code download page. The Windows section includes User Installer, System Installer and ZIP options with Arm64 downloads.
A Linux Arm64 package or macOS Apple silicon download is not a Windows installer. We link to the official entry point so you can select the current stable release when downloading, rather than presenting a fixed version number as permanently current.
Choose an installation scope
For your own Windows account, consider the officially recommended User setup, which does not need administrator privileges. System setup installs for all users and needs elevation. On a managed computer, follow your organization's software deployment requirements.
The ZIP package is useful when you want to manage an extracted directory yourself, but the official instructions say it requires manual updates. Installation format and processor architecture are separate choices. Check Windows Arm64 regardless of which format you choose.
Check the editor you actually launch
After launching, record the version from Help → About. Create, save and reopen a file in your own test folder. If you use the command-line entry point, open a new terminal after installation before running code . so it can read the updated environment.
If another edition was installed previously, verify that your desktop shortcut and terminal start the same installation. The exact version and launch method are more useful for diagnosis than saying that VS Code was installed recently.
Extensions need their own support evidence
VS Code allows extensions to publish platform-specific packages, including win32-arm64. An extension containing native libraries, a language server or a debugger may have additional requirements. A native editor does not establish that every extension dependency supports the platform.
Begin with the small set of extensions required for work. Read their release notes and platform requirements, then test completion, formatting, debugging and other necessary features individually. Identify the extension involved when something fails instead of attributing every failure to the editor after synchronizing a large collection.
The editor does not replace your toolchain
Check the language runtime, compiler and dependencies actually selected by the project. Use versions supported on the target system and inspect the paths referenced by project settings and terminal output. Multiple installations can explain differences between an external terminal and the editor.
Use a real project to prepare dependencies, build, run and stop at a debugging breakpoint, then inspect the output. With SSH, containers or WSL, determine where each tool and extension runs. The local editor's architecture does not establish support in a remote environment.
Reduce failures to a reproducible task
First identify whether a failure occurs during file editing, extension execution or a command-line operation. Record versions, steps and necessary error text from the same project, removing tokens, private addresses and sensitive source details. Then use the relevant extension or tool's official support channel.
The goal is a working project workflow, not simply an installer that exits successfully. Keep unverified extensions documented and revisit them after relevant updates. This is a selection and validation guide; ARMPE has not tested every extension.
Sources and verification
This article draws on published documentation and editorial guidance. Unless explicitly stated, it does not report our own hardware tests. Sources checked: September 27, 2026.